The structure of LED modeling lights is constantly being explored and innovated
Like traditional light source lamps, LED lamps generate heat. The heat of the LED lamp comes from the LED photoelectric conversion and the loss of the LED driving power supply. Different from the traditional light source emission principle, LED emission is electroluminescence. Due to conversion compliance issues, most of the output energy is mainly converted to thermal energy in the form of lattice vibrations generated by non-radiative recombination. LED heat transfer is conduction, not radiation. Therefore, an important goal of the heat dissipation design of LED lamps is to effectively conduct the heat of the LED chip and effectively control the LED junction temperature of the LED lamps.
The structure of LED modeling lights is constantly being explored and innovated. We have borrowed the strengths of others and launched a series of modular lights with different artistic appearances and material structures. The LED modeling light is rich in color, safe and energy-saving, and has strong power. An important raw material is iron or stainless steel to create various artistic looks to achieve beautiful decoration. LED modeling lights are complementary to road lighting. Lighting decorations of various shapes, like dancers, are valued during the day. At dawn, rich, colorful, high-intensity light sources add a touch of tranquility and beauty to the night.
LED modeling light direct sales manufacturers
The basic performance of LED modeling lamps.
1. Leakage current LED is a light-emitting diode with one lead. When there is reverse current flow, it is called leakage. LEDs with large leakage current have a short life and are cheap.
2. Different uses of light-emitting angles LED light-emitting angles are different. Special lighting angle, higher price. The price will be higher, like the perfect spread angle.
3. The key to different quality of life is lifespan, which is determined by the attenuation of light. Low light decay, long life, long life and high price.
4. Brightness The brightness of the LED is different, and the price is also different. LEDs used in LED lights must meet Laser Class I standards.
5. Antistatic ability LEDs with strong antistatic ability have long life and are expensive. Generally, only LEDs with antistatic ability above 700V can be used for LED lighting.
6. LEDs with the same wavelength and the same wavelength have the same color. If you need the same color, the price will be higher. It is difficult for manufacturers without LED spectrophotometers to produce solid color products.
